Sentence examples for method takes full from inspiring English sources
The proposed method takes full advantage of the features of the fluid flow.
The proposed method takes full advantage of meshfree methods, therefore, no mesh generation and mesh reconstruction are involved.
The proposed method takes full advantage of meshfree methods, therefore, no mesh generation and mesh recreation are involved.
This control method takes full advantage of updated monitoring data and site investigations of landslides, and emphasizes the implementation of possible measures for landslide control at reasonable stages and in different groups.
The method takes full advantage of the quality scores generated by base-calling software, incorporating them into a complete probabilistic error model, to overcome the limitation inherent in the inference of gene family members from partial sequence information.
Based on these observations, the authors recently developed a refined SA method taking full advantage of analytical differentiation of rigid body modes.
The simple, sensitive and selective fluorescence method took full advantages of UCPs properties of low interferences and broadened the application scope of UCPs in complex biological detection.
In particular, a dedicated temporal management method taking full advantage of the decomposition structure induced by the HTN planning process is proposed for propagating time constraints on the underling Simple Temporal Network (STN) incrementally.
Simulations were carried out by means of a 3D elastic viscoplastic crystal plasticity finite element method which takes full account of crystallographic slip and orientation changes during indentation.
To calibrate the model, an inverse problem solution tool, so-called virtual fields method, which takes full advantage of full-field deformation measurement, was applied to identify the material constitutive parameters.
Learning via iterative or repeated implementation is an intelligent method which takes full advantage of experience data from previous iterations or repetitions in the control signals computation to improve the current system performance.
